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162篇 您的检索式:作者名="Zipperer"
    题名 作者 年代 出处 被引量
1基于时序NDVI的露天煤矿区土地损毁与复垦过程特征分析显示文摘露天煤矿区是人类活动强扰动地区之一。该文以阿巴拉契亚煤田区韦恩县为研究区域,应用遥感时序分析法分析了像元尺度的土地损毁和复垦过程特征。得出结论:1984-2010年间,韦兹县露天开采扰动区域占采矿权范围的45.80%,其中植被恢复区域占开采范围的66.45%,开采时间越早,植被恢复像元比例越高;开采造成的地表无植被覆盖期时长中位数为6 a,均值为7 a;已充分复垦的区域,NDVI值恢复至采前水平的加权平均时长为12 a。基于像元变化轨迹的研究,除揭示土地损毁-复垦过程特征外,能较好地反映空间异质性,可以为土地复垦管理和相关政策决策提供科学依据。李晶 Zipper Carl E. 李松 Donovan Patricia F. Wynne Randolph H. Oliphant Adam J. 夏清 2015农业工程学报2015,31,16:32
2中国长江三角洲地区电力行业SO_2排放控制的经济分析显示文摘总结了中国SO2排放总量控制与排放权交易政策研究与实施3个阶段的主要内容与成果。使用YRDEGS线性规划优化模型对在长江三角洲地区电力行业实施SO2排放权交易所能产生的SO2控制费用的节省、安装FGD装机容量的变化、可引起的脱硫变动成本的节约、SO2排放许可的市场需求、不同交易方式所引起的脱硫费用变化进行分析,得到以下主要结论:若发电量保持在2000年的水平,实现SO2减排20%的目标,采用排污交易脱硫费用将会节省38%,可以少安装FGD的机组装机容量达6.3GW;随着发电量的增加,对SO2排放许可指标的市场需求呈增长趋势,发电量的改变比逐步严格的SO2减排要求更会增加区域SO2减排的负担;当SO2排放削减率为20%时,在不实施排污交易时脱硫费用约为30亿~45亿元;实施跨省排污交易以电厂为交易单位时费用最低,约为6亿~28.5亿元,脱硫费用可以节省16.5亿~24亿元。Daniel J.Dudek Ben Zipperer 王昊 张建宇 林红 2005环境科学研究2005,18,4:20
3Soil nitrogen cycle processes in urban riparian zones显示文摘Groffman P M Boulware N J Zipperer W C 2002Envirnnmental Science & Technology2002,36,:1
4Expression of major matrix metal oproteinases is associated with intervertebral disc degradation and resorption显示文摘Weiler C Nerlich AG Zipperer J 0,,:1
5The Application of Ecological Principles to Urban and Urbanizing Landscapes显示文摘Zipperer W C Wu J Pouyat R V 0,,03:1
6Investigations on DNA intercalation and surface binding by SYBR Green Ⅰ,its structure determination and methodological implications显示文摘Zipper H Brunner H Bernhagen J 2004Nucleic Acids Res2004,32,12:1
7Knowledge management: an innovative risk management strategy显示文摘Zipperer L Amori G 2011J Healthc Risk Manag2011,30,4:1
8Investigations on DNA intercalation and surface binding by SYBR Green I, its structure determination and methodological implications显示文摘Zipper H Brunner H Bernhagen J 2004Nucleic acids research2004,32,12:1
92002 SSE Award Competition in Basic Science:expression of major matrix metalloproteinases is associated with intervertebral disc degradation and resorption 显示文摘Weiler C Nerlich AG Zipperer J 2002Eur Spine J2002,11,4:1
10The Keapl BTB/POZ dimerization function is required to sequester Nrf2 in cytoplasm显示文摘Zipper LM Mulcahy RT 2002J Biol Chem2002,277,36:1
11Investigations on DNA intercalation and surface binding by SYBR Green I, its structure determination and methodological implications显示文摘Zipper H Brunner H Bemhagen J 2004Nucleic Acids Research2004,32,12:1
12Domestic water supply impacts by underground coal mining in Virginia 显示文摘ZIPPER C BALFOUR W ROTH R 1997Environmental Geology1997,29,12:1
13Electric energy management in the smart home:perspectives on enabling technologies and consumer behavior显示文摘Zipperer A Suryanarayanan S Earle L 2013Proceedings of the IEEE2013,101,11:1
14Expression of major matrix metalloproteinases is associated with intervertebral disc degradation and resorption显示文摘WEILER C NERLICH A G ZIPPERER J 2003Spine2003,25,:1
15A framework for developing urban forest ecosystem services and goods indicators 显示文摘Dobbs C Escobedo F J Zipperer W C 2011Landscape and Urban Planning2011,99,34:1
16Fate of the herbicides mecoprop, dichlorprop, and 2,4-D in aerobic and anaerobic sewage sludge as determined by laboratory batch studies and enantiomer-specific analysis显示文摘ZIPPER C BOLLIGER C FLEISCHMANN T 1999Biodegradation1999,10,:1
17Culture, place and urban growth in the U.S. South显示文摘Cassandra Y. Johnson Wayne C. Zipperer 2007Urban Ecosystems2007,,4:1
18显示文摘Zipper I M Muleahy RT 2000Biophys Res Commun2000,278,:1
192002 SSE Award Competition in Basic Science: Expression of major matrix metalloproteinases is associated with intervertebral disc degradation and resorption显示文摘C. Weiler A. Nerlich J. Zipperer B. Bachmeier N. Boos 2002European Spine Journal2002,,4:1
20Soil nitrogen cycle processes in urban riparian zones显示文摘Groffman P M Boulware N J Zipperer W C 2002Environmental Science&Technolo-gy2002,36,21:1
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